Python-AI/Lab2.py at main · zeeshan2k2/Python-AI · GitHub

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import calendar

# Calculator

number1 = float(input("Enter first number: "))
number2 = float(input("Enter second number: "))
print()
print("operation \n 1. addition -> + \n 2. subtraction -> - \n 3. multiplication -> x \n 4. division -> \ \n 5. modulo -> %")
operation = int(input("Enter operation number: "))
operationSymbol = ["+", "-", "*", "/", "%"]
if operation > 5:
    print("Operation not possible")
def calculation(number1, number2, operation):
    if operation == 1:
        sum = number1 + number2
        return  sum
    elif operation == 2:
        sub = number1 - number2
        return sub
    elif operation == 3:
        mul = number1 * number2
        return mul
    elif operation == 4:
        div = number1 / number2
        return div
    elif operation == 5:
        mod = number1 % number2
        return mod
    else:
        exit()

if int(number1) == float(number1):
    number1 = int(number1)

if int(number2) == float(number2):
    number2 = int(number2)

calculatedAnswer = calculation(number1, number2, operation)

if int(calculatedAnswer) == float(calculatedAnswer):
    calculatedAnswer = int(calculatedAnswer)

print(f"{number1} {operationSymbol[operation - 1]} {number2} =" , calculation(number1, number2, operation))


# Union, Compliment and Intersection
array1 = [1, 1, 3, 9, 5, 2]
array2 = [2, 3, 8, 9, 7, 2]
array1WithoutDuplicates = []
array2WithoutDuplicates = []
arraySolution = []

print(f"array1 = {array1}")
print(f"array2 = {array2}")
def removingDuplicates():
    for i in array1:
        if i not in array1WithoutDuplicates:
            array1WithoutDuplicates.append(i)

    for j in array2:
        if j not in array2WithoutDuplicates:
            array2WithoutDuplicates.append(j)

def clearingAllArrays():
    array1WithoutDuplicates.clear()
    array2WithoutDuplicates.clear()
    arraySolution.clear()

def resetAll():
    clearingAllArrays()
    removingDuplicates()

def operationSet():
    removingDuplicates()

    for k in array1WithoutDuplicates:
        if k not in array2WithoutDuplicates:
            array2WithoutDuplicates.append(k)

    array2WithoutDuplicates.sort()
    # Solution for Union
    print(f"union is {array2WithoutDuplicates}")

    resetAll()

    for i in array1WithoutDuplicates:
        for j in array2WithoutDuplicates:
            if i == j:
                arraySolution.append(i)

    # solution for intersection
    arraySolution.sort()
    print(f"intersection is {arraySolution}")

    resetAll()

    for i in array2WithoutDuplicates:
        if i not in array1WithoutDuplicates:
            arraySolution.append(i)

    print(f"compliment of array1 with respect to array2 is {arraySolution}")

    resetAll()

    for i in array1WithoutDuplicates:
        if i not in array2WithoutDuplicates:
            arraySolution.append(i)

    print(f"compliment of array2 with respect to array1 is {arraySolution}")

    resetAll()

    for i in array1WithoutDuplicates:
        for j in array2WithoutDuplicates:
            if i == j:
                arraySolution.append(i)

    array2WithoutDuplicates.clear()
    for i in array1WithoutDuplicates:
        if i not in arraySolution:
            array2WithoutDuplicates.append(i)


    # solution for intersection
    arraySolution.sort()
    print(f"Difference of array1 - array2 is {array2WithoutDuplicates}")

    resetAll()

    for i in array2WithoutDuplicates:
        for j in array1WithoutDuplicates:
            if i == j:
                arraySolution.append(i)

    array1WithoutDuplicates.clear()
    for i in array2WithoutDuplicates:
        if i not in arraySolution:
            array1WithoutDuplicates.append(i)

    # solution for intersection
    arraySolution.sort()
    print(f"Difference of array2 - array1 is {array1WithoutDuplicates}")

operationSet()


# Calender
yy = int(input("Enter valid year: "))
mm = int(input("Enter valid month: "))
print(calendar.month(yy, mm))